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Part Manufacturer Description Datasheet BUY
JRCW016A0R GE Critical Power Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 16A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 48V; Iout: 9.4A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 18A; Efficiency: 0.91; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 25A; Efficiency: 0.9 visit GE Critical Power
FNW700R GE Critical Power Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier Module; Input Range: 48V (36V-75V); Vout: 28V; Iout: 25A; Efficiency: 0.9 visit GE Critical Power
FNW500R GE Critical Power Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier Module; Input Range: 48V (36V-75V); Vout: 28V; Iout: 18A; Efficiency: 0.91; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier Module; Input Range: 48V (36V-75V); Vout: 28V; Iout: 25A; Efficiency: 0.9 visit GE Critical Power
JRCW450R GE Critical Power Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 32V; Iout: 14A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 16A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 48V; Iout: 9.4A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 18A; Efficiency: 0.91; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 25A; Efficiency: 0.9 visit GE Critical Power
JNCW016A0R GE Critical Power Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 16A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-60V); Vout: 32V; Iout: 17A; Efficiency: 0.95; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 32V; Iout: 14A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 16A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 48V; Iout: 9.4A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 18A; Efficiency: 0.91; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 25A; Efficiency: 0.9 visit GE Critical Power
JRCW450U GE Critical Power Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 48V; Iout: 9.4A; Efficiency: 0.94; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 18A; Efficiency: 0.91; : Orca series, Isolated DC-DC fully regulated, board-mounted power amplifier modules; Input Range: 48V (36V-75V); Vout: 28V; Iout: 25A; Efficiency: 0.9 visit GE Critical Power

differential amplifier waveform

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: Output Waveform @ fclk = 500 MHz, fin = 10.125 GHz DIFFERENTIAL OUTPUT VOLTAGE (V) DIFFERENTIAL , HMC1061LC5 v02.0813 DC - 18 GHz, ULTRA-WIDEBAND, DUAL RANK 4 GS/s TRACK-AND-HOLD AMPLIFIER , Functional Diagram General Description The HMC1061LC5 is a SiGe monolithic, fully differential, dual , dB Return Loss 12 to 18 GHz 3 -8 Analog Inputs (INP, INN) Differential Full Scale , 0.5 Clock Inputs (CLKAp, CLKAn, CLKBp, CLKBn) DC Differential Clock High Voltage DC Differential Hittite Microwave
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658-35AB 345-1066-ND
Abstract: Output Waveform @ fclk = 500 MHz, fin = 10.125 GHz DIFFERENTIAL OUTPUT VOLTAGE (V) DIFFERENTIAL , .0813 DC - 18 GHz, ULTRA-WIDEBAND, DUAL RANK 4 GS/s TRACK-AND-HOLD AMPLIFIER Typical Applications The , General Description The HMC1061LC5 is a SiGe monolithic, fully differential, dual rank, track-and-hold , Loss 12 to 18 GHz 3 -8 Analog Inputs (INP, INN) Differential Full Scale Range Input , (CLKAp, CLKAn, CLKBp, CLKBn) DC Differential Clock High Voltage DC Differential Clock Low Voltage Hittite Microwave
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Abstract: ) DIFFERENTIAL OUTPUT VOLTAGE (V) Time Domain Output Waveform @ fclk = 500 MHz, fin = 1.125 GHz 0.2 0 , HMC1061LC5 v01.0613 DC - 18 GHz, ULTRA-WIDEBAND, DUAL RANK 4 GS/s TRACK-AND-HOLD AMPLIFIER , Functional Diagram General Description The HMC1061LC5 is a SiGe monolithic, fully differential, dual , dB Return Loss 12 to 18 GHz 3 -8 Analog Inputs (INP, INN) Differential Full Scale , 0.5 Clock Inputs (CLKAp, CLKAn, CLKBp, CLKBn) DC Differential Clock High Voltage DC Differential Hittite Microwave
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HF1206J150R-10 LI0603E470R-10
Abstract: ) DIFFERENTIAL OUTPUT VOLTAGE (V) Time Domain Output Waveform @ fclk = 500 MHz, fin = 1.125 GHz 0.2 0 , HMC1061LC5 v00.1112 DC - 18 GHz, ULTRA-WIDEBAND, DUAL RANK 4 GS/s TRACK-AND-HOLD AMPLIFIER , Functional Diagram General Description The HMC1061LC5 is a SiGe monolithic, fully differential, dual , dB Return Loss 12 to 18 GHz 3 -8 Analog Inputs (INP, INN) Differential Full Scale , 0.5 Clock Inputs (CLKAp, CLKAn, CLKBp, CLKBn) DC Differential Clock High Voltage DC Differential Hittite Microwave
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HMC6053LC5

DP8465

Abstract: MAGNETIC HEAD circuit Differentiator peak detect rates up to 15 Megabits sec 2 7 code On-chip differential gain controlled amplifier differentiator , are the differential outputs of the Amplifier These outputs should be capacitively coupled to the , gain of the amplifier to make the differential peak to peak voltage on the Gate Channel Input equal , Amplifier is to increase the differential input signal to a fixed amplitude while maintaining the exact shape of the input waveform The Gain Controlled Amplifier is designed to accept input signals from 20
National Semiconductor
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DP8464B DP8465 MAGNETIC HEAD circuit Differentiator peak detect shoulder C1995 signal detection circuit "peak hold" constant vol DP8461

transistor 6aw

Abstract: dp8461 15 Megabits/sec 2,7 code â  On-chip differential gain controlied amplifier, differentiator , differential inputs to the Amplifier. The output of the read/ write head amplifier should be capac-itively coupled to these pins. These are the differential Outputs of the Amplifier. These Outputs should be , from the positive supply. The AGC circuit adjusts the gain of the amplifier to make the differential , circuit adjusts the gain of the amplifier to make the peak-to-peak differential Gate Channel input voltage
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OCR Scan
transistor 6aw KU-5399 13VDC MAG-14
Abstract: DIFFERENTIAL OUTPUT VOLTAGE(V) DIFFERENTIAL OUTPUT VOLTAGE (V) Time Domain Output Waveform @ fclk = 500 , segments. In the track mode interval of the output waveform (positive differential clock voltage) the , HMC661LC4B v02.0514 ULTRA-WIDEBAND 4 GS/s TRACK-AND-HOLD AMPLIFIER DC - 18 GHz Features , is a SiGe monolithic, fully differential, single rank, track-and-hold (T/H) that provides , -8 Analog Inputs (INP, INN) Differential Full Scale Range Input Resistance Input Common Mode Hittite Microwave
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Abstract: Waveform @ fclk = 500 MHz, fin = 10.125 GHz DIFFERENTIAL OUTPUT VOLTAGE(V) DIFFERENTIAL OUTPUT VOLTAGE , mode interval of the output waveform (positive differential clock voltage) the device behaves as a , HMC661LC4B v01.0813 ULTRA-WIDEBAND 4 GS/s TRACK-AND-HOLD AMPLIFIER DC - 18 GHz Features , is a SiGe monolithic, fully differential, single rank, track-and-hold (T/H) that provides , -8 dB Analog Inputs (INP, INN) Differential Full Scale Range Input Resistance Input Common Hittite Microwave
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Abstract: Output Waveform @ fclk = 500 MHz, fin = 4.125 GHz DIFFERENTIAL OUTPUT VOLTAGE(V) DIFFERENTIAL OUTPUT , consists of two segments. In the track mode interval of the output waveform (positive differential clock , HMC760LC4B v01.0514 WIDEBAND 4 GS/s TRACK-AND-HOLD AMPLIFIER DC - 5 GHz Features The , Functional Diagram General Description The HMC760LC4B is a SiGe monolithic, fully differential, single , (INP, INN) Differential Full Scale Range Input Resistance Return Loss Input Common Mode Voltage Hittite Microwave
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0R-10
Abstract: time segments. In the track mode interval of the output waveform (positive differential clock voltage , internally. Alternatively, a DC coupled differential amplifier with variable output common-mode level can be , the HMC661LC4B Ultra Wideband Track-and-Hold Amplifier (THA) which is designed for use in microwave , sampling takes place within the HMC661LC4B, the low bandwidth held output waveform can by processed by an , also mitigated because the settled THA waveform is processed with the optimal baseband linearity of the Hittite Microwave
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Abstract: DIFFERENTIAL OUTPUT VOLTAGE(V) DIFFERENTIAL OUTPUT VOLTAGE (V) Time Domain Output Waveform @ fclk = 500 , segments. In the track mode interval of the output waveform (positive differential clock voltage) the , HMC661LC4B v02.0514 ULTRA-WIDEBAND 4 GS/s TRACK-AND-HOLD AMPLIFIER DC - 18 GHz Features , is a SiGe monolithic, fully differential, single rank, track-and-hold (T/H) that provides , -8 Analog Inputs (INP, INN) Differential Full Scale Range Input Resistance Input Common Mode Hittite Microwave
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Abstract: Time Domain Output Waveform @ fclk = 500 MHz, fin = 1.125 GHz DIFFERENTIAL OUTPUT VOLTAGE (V) 0.6 0.4 , consists of two segments. In the track mode interval of the output waveform (positive differential clock , HMC661LC4B v00.0312 ULTRA-WIDEBAND 4 GS/s TRACK-AND-HOLD AMPLIFIER DC - 18 GHz Typical , Description The HMC661LC4B is a SiGe monolithic, fully differential, single rank, track-and-hold (T/H) that , °C, See Test Conditions on following page herein. Parameter Analog Inputs (INP, INN) Differential Hittite Microwave
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402E300R-10

HMC760

Abstract: HMC760LC4B value only Time Domain Output Waveform @ fclk = 500 MHz, fin = 1.125 GHz DIFFERENTIAL OUTPUT VOLTAGE , Waveform @ fclk = 500 MHz, fin = 4.125 GHz DIFFERENTIAL OUTPUT VOLTAGE(V) 8 10 0.6 0.4 0.2 0 -0.2 -0.4 , differential clock voltage) the device behaves as a unity gain amplifier which replicates the input signal at , HMC760LC4B v00.0312 WIDEBAND 4 GS/s TRACK-AND-HOLD AMPLIFIER DC - 5 GHz Typical Applications , , fully differential, single rank, track-and-hold (T/H) that provides unprecedented bandwidth and
Hittite Microwave
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HMC760 gold detectors circuit LI0402E300R-10
Abstract: Out + Amp Out- Function These are the differential inputs to the Amplifier. The output of the read/ write head amplifier should be capacitively coupled to these pins. These are the differential , positive supply. 4 The AGC circuit adjusts the gain of the amplifier to make the differential peak , pin. The AGC circuit adjusts the gain Of the amplifier to make the peak-to-peak differential Gate , purpose of the Gain Controlled Amplifier is to increase the differential input signal to a fixed -
OCR Scan
Abstract: Euvis Differential Limiting Amplifier, LA302Z High-Speed Data Communication LA302Z â'" 10 GHz Differential Limiting Amplifier 16-pin Plastic QFN Package PRODUCT DESCRIPTION The LA302Z is an ultra-broadband fully differential limiting amplifier designed for highspeed wide-band communication applications , 750m-Vpp maximum differential output swing Lost-of-Signal (LOS) detector Output waveform envelope , ON Crossing Control 1 Euvis Differential Limiting Amplifier, LA302Z ELECTRICAL Euvis
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how to make AUDIO AMPLIFIER

Abstract: TPA2005D1 previously. Waveform M2 shows the differential output voltage that has been filtered using a 30 , indeed has a 2-Vrms value. Waveform 3 shows the differential output voltage without any filtering. From , speaker can be connected directly to the amplifier output terminals. The following information explains , the speaker, consider the basic Class-D amplifier discussed in the following section. 1.3 , the creation of two states in the differential output voltage. The two outputs are 180 degrees out of
Texas Instruments
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how to make AUDIO AMPLIFIER TPA2005D1 SLOA116

MAX5181

Abstract: MAX5181BEEG amplifier to convert the differential voltage into a single-ended voltage. OPTIONAL EXTERNAL BUFFER FOR , . Differential to Single-Ended Conversion Using a Low-Distortion Amplifier AVDD +3V DVDD +3V I , : 70dB at fOUT = 2.2MHz o Fully Differential Output o Low-Current Standby or Full Shutdown Modes o , Waveform Generators (AWGs) OUTP 2 23 REFR Direct Digital Synthesis OUTN 3 22 DGND Imaging , for superior performance in signal reconstruction or arbitrary waveform generation applications
Maxim Integrated Products
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MAX5184 MAX5181BEEG MAX5184BEEG MAX5184ETG MAX5181 MAX6520 MAX5181/MAX5184 MAX5187/MAX5190
Abstract: differential switches, a 1.20 V bandgap voltage reference and a reference control amplifier. The full-scale , via a transformer or differential amplifier configuration. Figure 28 shows the equivalent analog , common-mode rejection of a transformer or differential amplifier. These common-mode error sources include , -Bit Resolution Excellent SFDR and IMD Differential Current Outputs: 2 mA to 20 mA Power Dissipation: 190 mW @ 5 V , > 100 k output impedance. *TxDAC is a trademark of Analog Devices, Inc. Differential current outputs Analog Devices
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AD9764 AN-420 AD9760/ AD9764/AD9764-EB C2467

pir chip

Abstract: MAX4040 operational amplifier to convert the differential voltage into a single-ended voltage. OPTIONAL EXTERNAL , . Differential to Single-Ended Conversion Using a Low-Distortion Amplifier AVDD +3V DVDD +3V I , Wide Spurious-Free Dynamic Range: 70dB at fOUT = 2.2MHz o Fully Differential Output o Low-Current , MAX5184BEEG 24 QSOP 24 QSOP Pin Configuration Applications Signal Reconstruction Arbitrary Waveform , signal reconstruction or arbitrary waveform generation applications requiring analog signal
Maxim Integrated Products
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pir chip MAX4040 MAX518 precision waveform generator MAX5181/
Abstract: Euvis Differential Limiting Amplifier, LA310Z High-Speed Data Communication LA310Z â'" 8.3 GHz Differential Limiting Amplifier 16-pin Plastic QFN Package PRODUCT DESCRIPTION The LA310Z is an ultra-broadband fully differential limiting amplifier designed for highspeed wide-band communication applications , Rev. (none), 1/10/07 ON Crossing Control 1 Euvis Differential Limiting Amplifier, LA310Z , measured with zero inputs Rev. (none), 1/10/07 2 Euvis Differential Limiting Amplifier, LA310Z Euvis
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